Does it support different service types like LoadBalancers?

Yes, it provides templates for various Service types including ClusterIP for internal networking and LoadBalancer for external access with cloud provider annotations.

Can I use this for stateful applications?

Absolutely. The skill provides specific patterns and templates for PersistentVolumeClaims and stateful workload requirements.

How do I ensure the generated manifests are valid?

The skill includes a dedicated validation step using kubectl dry-runs, kube-score, and kube-linter to ensure manifests are error-free before deployment.

Does this skill support Kubernetes security best practices?

Yes, it automatically includes guidance for implementing non-root user contexts, dropping Linux capabilities, and setting read-only root filesystems.

Kubernetes Manifest Generator

Name: Kubernetes Manifest Generator
Author: HermeticOrmus

byHermeticOrmus

Deployment & DevOps

Generates production-grade Kubernetes YAML manifests for deployments, services, and configurations following industry security standards and cloud-native best practices.

About

The Kubernetes Manifest Generator is a specialized skill designed to streamline the creation of robust, scalable, and secure K8s resources. It provides step-by-step guidance for architecting Deployments, Services, ConfigMaps, Secrets, and PersistentVolumeClaims while automatically incorporating essential production features like resource limits, liveness/readiness probes, and security contexts. Whether you are scaffolding a new microservice or hardening existing infrastructure, this skill ensures your manifests adhere to standardized naming conventions and architectural patterns, reducing deployment errors and improving cluster stability.

Key Features

Security-first configuration including non-root contexts and read-only filesystems
Automated health check (liveness/readiness probe) scaffolding
Standardized resource request and limit implementation
Validation workflows using dry-runs and linting tools
0 GitHub stars
Template generation for Deployments, Services, and Stateful workloads

Use Cases

Scaffolding production-ready microservices for Kubernetes clusters
Implementing persistent storage and volume claims for stateful applications
Hardening container security through pod security standards and RBAC best practices

About

Key Features

Security-first configuration including non-root contexts and read-only filesystems
Automated health check (liveness/readiness probe) scaffolding
Standardized resource request and limit implementation
Validation workflows using dry-runs and linting tools
0 GitHub stars
Template generation for Deployments, Services, and Stateful workloads

Use Cases

Scaffolding production-ready microservices for Kubernetes clusters
Implementing persistent storage and volume claims for stateful applications
Hardening container security through pod security standards and RBAC best practices